One method of keeping away from transmission bottlenecks brought about by a deficiency of appropriate right-of-ways is to change over overhead electrical cables from AC to DC. This alternative permits the force transmission rating to be dramatically multiplied and the particular transmission misfortunes to be considerably diminished without augmenting the option to proceed. In addition, such transformations cost just a third to a large portion of the expense of building another DC line. This paper gives out a detailed architecture of solitary stage ac dc ac converter. The proposed converter keeps giving good quality of power supply to load in terms of power factor, THD and high profile Grid voltage and Current. The proposed model, districts of activity, a power stream investigation, and a technique to manage the dc-interface voltages utilizing the voltage vector redundancies are given. In this paper SVPWM control system were given. The proposed topology achieved the better performance with regards to operation range, harmonic distortions, and semiconductor losses. Hardware experimental setup and simulation verification were validated in mat lab platform. © 2020 Elsevier B.V., All rights reserved.